Conveners
Plenary
- Haixiao Deng (Shanghai Advanced Research Institute)
Plenary
- Shoji Asai (KEK)
Plenary
- Yuan He
Plenary
- Hitoshi Tanaka (SPring-8)
Plenary
- Zhentang Zhao (Shanghai Advanced Research Institute)
Plenary
- Zhentang Zhao (Shanghai Advanced Research Institute)
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Haixiao Deng (Shanghai Advanced Research Institute)10/14/26, 9:00 AMPlenaryTalk
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Zhentang Zhao (Shanghai Advanced Research Institute)10/14/26, 9:10 AMPlenaryTalk
Three accelerator photon sources are now operating and constructing at Shanghai in China, which include Shanghai synchrotron Radiation Facility (SSRF), Shanghai Soft X-ray Free Electron Laser (SXFEL) and Shanghai HIgh repetitioN rate XFEL and Extreme light facility (SHINE). The SSRF is a 3.5GeV third generation light source, starting the user service in May 2009. Currently there are 38...
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Shoji Asai (KEK)10/14/26, 9:40 AMPlenaryTalk
KEK is a research institute in Japan carrying out basic science research in a wide range of scientific fields from particle and nuclear physics to materials and life sciences using large accelerator facilities. KEK’s research facilities are open to international science communities. Three on-going projects are SuperKEKB/Belle II and Photon Factory at the Tsukuba campus and J-PARC at the Tokai...
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Saroj Rujirawat (Synchrotron Light Research Institute)10/14/26, 10:40 AMPlenaryTalk
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Alessandro Sepe (Shanghai Advanced Research Institute, Chinese Academy of Sciences)10/14/26, 11:10 AMPlenaryTalk
The exponential growth of Big Data worldwide presents significant challenges for large-scale scientific facilities, prompting coordinated initiatives to fully harness the capabilities of autonomous, remote, and real-time experiments. Central to these initiatives is the integration of AI to steer experimental choices in real-time as they unfold, alongside a commitment to upholding the FAIR...
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Hitoshi Tanaka (SPring-8)10/15/26, 9:00 AMPlenaryTalk
A major challenge encountered when upgrading long-operating, large-scale facilities such as APS, ESRF, and PETRA-III was addressing the aging of beam injectors. Since maintaining dedicated beam injectors is costly, it is essential to devise applications that leverage their specific beam characteristics. Integrating the facility's accelerator complex through a phased, comprehensive upgrade will...
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Yi Jiao (Institute of High Energy Physics)10/15/26, 9:30 AMPlenaryTalk
The High Energy Photon Source (HEPS) is the first fourth-generation synchrotron radiation light source project in China, with an electron energy of 6 GeV, a circumference of 1360 m and a natural emittance of a few tens of picometers. As a green-field light source, the HEPS construction started in 2019 and is scheduled to be completed in 2025. Now civil construction, component fabrication and...
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Zhenghe Bai (USTC)10/15/26, 10:00 AMPlenaryTalk
The Hefei Advanced Light Facility (HALF) is a soft X-ray diffraction-limited storage ring light source currently under construction in Hefei, China, with completion scheduled for October 2028. The HALF accelerator complex primarily comprises a diffraction-limited storage ring, with a full-energy linac as its injector. The natural emittance of the HALF storage ring is 85 pm·rad at 2.2 GeV. In...
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Mr Yuan He10/15/26, 11:00 AMPlenaryTalk
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Bo Liu (Shanghai Advanced Research Institute)10/15/26, 11:30 AMPlenaryTalk
The Shanghai HIgh repititioN rate XFEL and Extreme light facility (SHINE) is one of the world's most powerful photon sources. Initiated in 2018, this project is designed to build an 8 GeV continuous-wave superconducting linac operating at a repetition rate as high as 1 MHz, with two beamlines delivering photons between 0.2 and 15 keV and six experimental stations in the first stage. Following...
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Jiancheng Yang10/16/26, 9:00 AMPlenaryTalk
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Jaehyung LEE (Institute for Rare Isotope Science, IBS)10/16/26, 9:30 AMPlenaryTalk
RAON, Korea’s heavy-ion accelerator facility, completed the construction of its low-energy linac section in 2022 and is currently providing beam services for user experiments. While the existing facility supports a broad range of research in rare isotope science, nuclear physics, nuclear astrophysics, and radiation applications, extending the accelerator to higher energies is essential for...
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HUACHANG LIU (Institute of high energy physics, CAS, China)10/16/26, 10:30 AMPlenaryTalk
CSNS (China Spallation Neutron Source) is an accelerator-based facility that generates high-intensity short-pulse neutrons for multidisciplinary research platforms. Its accelerator system includes an 80 MeV H⁻linac and a 1.6 GeV rapid-cycling synchrotron, with a designed target power of 100 kW. The facility has operated stably for 8 years and yielded a number of research achievements. CSNS-II...
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Fabian Becherer (Jilin University)10/16/26, 11:00 AMPlenaryTalk
The Belle II experiment at the SuperKEKB collider is pursuing a broad program of precision measurements in flavor physics and searches for physics beyond the Standard Model. With the experiment approaching the 1 ab-1 milestone and SuperKEKB reaching record instantaneous luminosities, Belle II is entering an important phase of high-luminosity operation.
This talk will review the current...
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Haixiao Deng (Shanghai Advanced Research Institute)10/16/26, 11:30 AMPlenaryTalk